Utilizing an aeroponic farming system, a rainwater management strategy, and a prefabricated structure with triple-glazed windows, this small house redefines urban living by integrating sustainable practices within a flexible, multifunctional layout.
5 key facts about this project
01
Utilizes an aeroponic system to cultivate food within the living space.
02
Incorporates a rainwater management system that cools the interior through evaporation.
03
Features prefabricated triple-glazed windows for enhanced thermal efficiency.
04
Constructed with high-density cellulose insulation for improved energy performance.
05
Designed with adaptable multi-functional spaces to accommodate various activities.
General keywords
Project specific keywords
The architectural design project SPACE+ represents a modern solution to the challenges of compact living. This project emphasizes flexibility and sustainability, aimed at addressing the evolving needs of urban dwellers. The design encompasses a small house that integrates multifunctional spaces, allowing occupants to adapt their environments for work, leisure, and daily activities while utilizing minimal square footage.
One of the defining aspects of SPACE+ is its innovative approach to spatial arrangement. The layout incorporates open living areas that can be easily modified based on user requirements, emphasizing a fluid integration of daily functions. Multi-purpose furniture elements offer storage and workspace that can transform according to the inhabitants' needs, accommodating both privacy and communal interaction.
Through the careful consideration of the site's natural environment, SPACE+ employs a unique water management system that collects and repurposes rainwater. This approach reduces dependency on potable water and utilizes evaporation for interior cooling, minimizing reliance on mechanical systems. The incorporation of aeroponic systems for food production allows the occupants to grow their own produce using significantly less water than traditional methods, creating a self-sufficient food source within the home.
Innovative sustainability practices are evident in the materials selection for SPACE+. The structure features recycled corrugated metal roofing, high-density cellulose and polyisocyanurate foam board for insulation, and triple-glazed windows that provide thermal efficiency while allowing natural light to penetrate the interior spaces. The combination of renewable energy sources, including solar panels and energy-efficient appliances, enhances the sustainability profile.
The design embodies a thoughtful relationship with its surrounding environment. By orienting the structure to optimize natural ventilation, SPACE+ takes advantage of prevailing winds, maintaining a comfortable indoor climate without excessive reliance on mechanical heating and cooling systems. This design strategy prioritizes both energy efficiency and occupant well-being.
For those interested in exploring SPACE+ further, examining the architectural plans, architectural sections, and architectural designs will reveal a comprehensive understanding of the project's intricacies. Engaging with the architectural ideas behind SPACE+ offers valuable insights into contemporary approaches to adaptable living in urban contexts.
One of the defining aspects of SPACE+ is its innovative approach to spatial arrangement. The layout incorporates open living areas that can be easily modified based on user requirements, emphasizing a fluid integration of daily functions. Multi-purpose furniture elements offer storage and workspace that can transform according to the inhabitants' needs, accommodating both privacy and communal interaction.
Through the careful consideration of the site's natural environment, SPACE+ employs a unique water management system that collects and repurposes rainwater. This approach reduces dependency on potable water and utilizes evaporation for interior cooling, minimizing reliance on mechanical systems. The incorporation of aeroponic systems for food production allows the occupants to grow their own produce using significantly less water than traditional methods, creating a self-sufficient food source within the home.
Innovative sustainability practices are evident in the materials selection for SPACE+. The structure features recycled corrugated metal roofing, high-density cellulose and polyisocyanurate foam board for insulation, and triple-glazed windows that provide thermal efficiency while allowing natural light to penetrate the interior spaces. The combination of renewable energy sources, including solar panels and energy-efficient appliances, enhances the sustainability profile.
The design embodies a thoughtful relationship with its surrounding environment. By orienting the structure to optimize natural ventilation, SPACE+ takes advantage of prevailing winds, maintaining a comfortable indoor climate without excessive reliance on mechanical heating and cooling systems. This design strategy prioritizes both energy efficiency and occupant well-being.
For those interested in exploring SPACE+ further, examining the architectural plans, architectural sections, and architectural designs will reveal a comprehensive understanding of the project's intricacies. Engaging with the architectural ideas behind SPACE+ offers valuable insights into contemporary approaches to adaptable living in urban contexts.
